Describe how the NMDA type of glutamate receptor is the physiological mechanism of forming associative memories.
Describe how the NMDA type of glutamate receptor is the physiological mechanism of forming associative memories.
Describe how the NMDA type of glutamate receptor is the physiological mechanism of forming associative memories. Please help, I am stuck on this concept.
1. Describe the anatomy of the somatic nervous system, the key transmitter and receptor type involved in skeletal muscle activation, and the physiologic consequences of activating those cell receptors. 2. Compare and contrast the mechanisms of action of nondepolarizing and depolarizing neuromuscular blocking agents and state how these actions influence the use of one class rather than the other in specified clinical situations. 3. Identify three specific uses for neuromuscular blocking agents and describe the monitoring and other measures necessary...
Select one compound (drug or toxicant) that targets one of the three receptor types(G-protein coupled receptor pathway, A receptor tyrosine kinase pathway, An ion channel pathway ) and discuss the following for the selected compound: The name of the receptor involved The type of ligand that the drug or toxicant presents: Agonist, antagonist Are there natural ligands that interact with the receptor? If so explain the interaction. Provide a brief explanation of the mechanism of the cellular response upon ligand...
Describe what happens in glutamate metabolism. How does this amino acid work into central metabolism for carbon and energy?
Describe how inorganic nitrogen is assimilated into glutamate and the other 19 amino acids used for protein synthesis. What are the products of amino acid oxidation and how do humans dispose of their nitrogenous waste?
How to treat Type I hypersensitivity? Please describe the mechanism of action behind the drug(s)
The reaction given in equation 1 occurs via an associative mechanism that involves nucleophilic attack of Yon [ML,X] . Draw out and label the reaction profile for this reaction pathway. [ML,X]2+ + Y- → [ML,Y]2+ + X (eq 1) Sketch the reaction profile diagram for an inner-sphere electron transfer, assuming that the rate-determining step is the electron transfer step. Label each part of the profile (intermediates, energies). (ii) How does the mechanism for an inner-sphere mechanism differ from an outer-sphere...
1. Describe how nutrition affects infant growth and physiological development?
Describe the structural features and mechanism of assembly of Escherichia coli P (Pap) pili. Use a diagram to illustrate you answer. When are these pili used during infection, and how is receptor specificity determined in this system? [ESSAY TYPE QUESTION]
(a). What is a Forming Limit Diagram (FLD)? (b). Describe how to construct a Forming Limit Diagram (FLD) (c). For the FLD diagrams shown below (Figure 3): (i) material A = minor axis of -20 and major axis of 40, (ii) material B = minor axis of 10 and major axis of 70, Indicate the position of materials A and B on the diagram, and describe which material has better formability. Justify your answer! Question 6 (sheet metal forming) (a)....